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Study on the Role of Polypeptide N- Acetylgalactosaminyltransferase 4 in Human Breast Carcinomas:Potential Implication in Tumor-associated Antigens Synthesis

Thesis abstract第16-18页
Chinese abstract第19-22页
CHAPTER 1 Introduction第22-25页
    1. Background第22-23页
        1.1. Glycosylation第22页
        1.2. Tyes of glycosylation第22-23页
        1.3. Alterations of glycosylation第23页
    Justification of the research第23-24页
    Purpose of the study第24-25页
CHAPTER 2 Material and Methods第25-35页
    1. Material第25-29页
        1.1. Tissue and cells samples第25页
        1.2. Tissues samples第25页
        1.3. Cell samples第25页
        1.4. Common related material第25-29页
    2. Methods第29-33页
        2.1. Immunohistochemistry and Lectin histochemistry第29页
        2.2. Cell culture第29-30页
        2.3. RNA isolation, semi-quantitative Reverse Transcription and, real-timePCR,Glycosylation Array第30-31页
        2.4. Western blot, lectin blot and Immunoprecipitation第31页
        2.5. Transfection第31页
        2.6. Cell proliferation Assay第31页
        2.7. Flow cytometry第31-32页
        2.8. Statistical analysis第32-33页
    REFERENCES第33-35页
CHAPTER 3 Clinical analysis of GalNAc-T4 roles in human breast carcinomas第35-45页
    1.1. Introduction第35-36页
    1.2. Aim an Objectives第36页
    1.3. Experimental procedure第36-37页
    1.4. Results第37-43页
        1.4.1. Human breast carcinomas cores (BR1921a microarray)第37页
        1.4.2. Expression of GalNAc-T4 and the Tn antigen in human breastcarcinomas第37-39页
        1.4.3. Expression of COSMC in human breast carcinomas第39-43页
    1.5. Discussion第43-45页
CHAPTER 4 Role of GalNAc-T4 in the synthesis of Tumor-Associated Antigens第45-59页
    2.1. Introduction第45-46页
    2.2. Aim and Objectives第46-47页
    2.3. Experimental approach第47-48页
    2.4. Results第48-57页
        2.4.1. GALNT4 expression in a panel of mammary epithelial cell lines第48-49页
        2.4.2. Human glycosylation array in Breast cancer cells第49-51页
        2.4.3. GALNT4 knockdown attenuates cells biological functions and inducesa decrease in GalNAc conjugates proteins第51-53页
        2.4.4. GALNT4 potentially regulates the expression of glycosyltransferasesinvolved in O-GalNAc biosynthesis第53-55页
        2.4.5. GalNAc-T4 promotes the expression of the tumor-associatedantigens第55-57页
    2.5. Discussion第57-59页
CHAPTER 5 GalNAc-T4 putatively modulates the estrogen regulatory network throughFOXA1 glycosylation in human breast cancer cells第59-78页
    3.1. Introduction第59-60页
    3.2. Aim and Objectives第60-61页
    3.3. Experimental approach第61-62页
    3.4. Results第62-69页
        3.4.1. GALNT4 and estrogen receptor (ER) status correlate in breast cancercells第62-63页
        3.4.2. GALNT4 potentially regulates the ERa activity第63-64页
        3.4.3. GALNT4 positively correlates with FOXA1 expression第64-66页
        3.4.4. GALNT4 regulates the ERa transcription through FOXA1glycosylation第66-69页
    3.5. Discussion第69-72页
    REFERENCES第72-78页
CHAPTER 6 Literature review第78-88页
    1. Glycans第78-79页
    2. O-Glycosylation第79-83页
        2.1. Mucin type or O-GalNAc glycosylation第81-82页
        2.2. O-GalNAc modification in breast cancer第82-83页
        2.3. Other aberrant mucin-type glycosylation第83页
    3. New tools in O-glycosylation analysis第83-85页
        3.1. O-glycans release第83-84页
        3.2. Mass Spectrometry analysis第84页
        3.3. Other types of O-glycans analysis第84-85页
    4. Conclusion第85-86页
    REFERENCES第86-88页
Appendix第88-94页
ACKNOWLEDGMENTS第94-95页
DEDICATION第95-96页
PUBLICATIONS第96-97页
CONFERENCES第97页

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